Jingyi Jia b4cbb439d9 first commit 3 years ago
..
.sample.json b4cbb439d9 first commit 3 years ago
Player.prefab b4cbb439d9 first commit 3 years ago
Player.prefab.meta b4cbb439d9 first commit 3 years ago
README.md b4cbb439d9 first commit 3 years ago
README.md.meta b4cbb439d9 first commit 3 years ago
SimpleMultiplayerControls.inputactions b4cbb439d9 first commit 3 years ago
SimpleMultiplayerControls.inputactions.meta b4cbb439d9 first commit 3 years ago
SimpleMultiplayerDemo.unity b4cbb439d9 first commit 3 years ago
SimpleMultiplayerDemo.unity.meta b4cbb439d9 first commit 3 years ago
SimpleMultiplayerPlayer.cs b4cbb439d9 first commit 3 years ago
SimpleMultiplayerPlayer.cs.meta b4cbb439d9 first commit 3 years ago

README.md

Simple Multiplayer Demo

This demo shows a simple local multiplayer setup. Players can join by pressing buttons on the supported devices. As players join, the screen is subdivided in split-screen fashion.

Joining is handled by the PlayerManager GameObject in the scene which has the PlayerInputManager component added to it. The component references Player.prefab which is instantiated for each player that joins the game.

The prefab contains a GameObject that has a PlayerInput component added to it. The component references the actions available to each player which, by means of the control schemes defined in the asset, also determine the devices (and combinations of devices) supported by the game.

The actions available to each player are intentionally kept simple for this demonstration in order to not add irrelevant details. The only action available to players is Teleport which players can trigger through a button on their device. When trigger, they will be teleported to a random position within the game area. This serves to demonstrate that player inputs are indeed separate.

Note that each PlayerInput also references a Camera which is specific to each player. This is used by PlayerInputManager to configure the split-screen setup.